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RISC-V Targets Data Centers - Semiconductor Engineering
Abstract
RISC-V is actively targeting the data center market, transitioning from embedded systems to challenge established server architectures by focusing on customization and efficiency for demanding workloads. The open instruction set architecture (ISA)
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Open Source RISC-V Hardware Changes the Game - EE Times Asia
Abstract
The shift towards open-source RISC-V hardware is fundamentally transforming the semiconductor industry by democratizing processor design and development. This open Instruction Set Architecture (ISA) facilitates rapid innovation, enabling unprecedented customization and drastically
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Researchers build first 16-bit, 14,000-transistor carbon nanotube chip - bit-tech.net
Abstract
Researchers have successfully engineered the world's first 16-bit microprocessor built entirely using carbon nanotube (CNT) technology. This groundbreaking chip integrates 14,000 transistors, marking a significant milestone in demonstrating the
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Researchers build first 16-bit, 14,000-transistor carbon nanotube chip - Bit-Tech
Originally published on Google News - RISC-V Research
Researchers build first 16-bit, 14,000-transistor carbon nanotube chip Bit-Tech
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Formal Verification Of RISC-V Cores - Semiconductor Engineering
Abstract
The article emphasizes the critical role of Formal Verification (FV) in the development lifecycle of RISC-V cores, ensuring functional correctness and adherence to the Instruction Set Architecture (ISA). It details how FV
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RISC-V: More Than a Core - Semiconductor Engineering
Abstract
The article analyzes the maturation of the RISC-V ecosystem, arguing that its impact now extends far beyond the foundational Instruction Set Architecture (ISA). It emphasizes the critical role of surrounding elements, including